http://www.phslifecycle.co.uk/
With 50 years’ experience in managing Absorbent Hygiene Product waste or AHP, we have pioneered a breakthrough solution for disposing of these products in an environmentally sustainable way.
Absorbent hygiene products – such as sanitary and incontinence pads and nappies - bring fantastic benefits to everyone. They give us the freedom to continue with our lives unhindered.
But once discarded as waste, they are both wet and unhygienic. A fact we might prefer to keep out of sight but not out of mind, because it’s an issue we all contribute to at some point in our lives.
It’s everyone’s waste, and so everyone owns a part of this problem, it’s part of being human.
Today there are around 3.2 million people in the UK over the age of 65 suffering from urinary incontinence.
With the UK’s population rising to 68.5 million by 2025 and with people living longer, this challenge is set to become much bigger.
But disposing of AHP waste has always presented an environmental challenge
It could either be incinerated or sent to landfill. Neither option is ideal.
Burning wet waste is expensive, needing large amounts of energy to heat it before it can burn.
The other most common option is to send it to landfill, with all of its potential contamination issues. It can take up to 500 years for AHP waste to decompose – so it’s a serious problem for our environment.
As well, landfill costs have gone up by over 250% since 2007 and are set to increase further; and it’s estimated that there is only 8 years capacity left in the UK’s landfill sites. After that, in less than a decade, all our sites will be full and closing anyway.
So, we have to find a better alternative.
With LifeCycle, for the first time, we have an affordable, sustainable choice.
Our patented LifeCycle process makes AHP waste dry enough to turn it into an energy source, in the form of Refuse Derived Fuel or RDF; and, our capacity to create this new fuel is on an industrial scale.
Any foreign objects are removed and we then chemically treat the waste so it maintains a stable structure as bales, ready for burning as RDF.
All customers have to do is call us at our call centre.
Our driver can then service their washrooms, collecting the waste and delivering it to one of our operation centres, where it is placed into a bulk waste unit.
The bulk waste is delivered to our LifeCycle plant, centrally located in the West Midlands where the RDF bales are produced.
RDF is a replacement fuel used within the combustion process of an energy from waste facility, releasing energy in the form of heat. This heat is either used direct in district heating schemes as hot water or steam, or converted into electrical power.
Our LifeCycle service is a bold, breakthrough innovation, providing ‘the’ best option for the processing of AHP waste, and it is unique to phs.
‘Since January 2017, LifeCycle has processed over 8,800 tonnes of AHP waste which has created almost 6,000 tonnes of RDF’
Our objective for 2018 is to divert 35,000 tonnes of AHP waste from landfill to produce 23,000 tonnes of RDF… and since 1 tonne of RDF can power a family home for an entire year, that could provide the power for over 23,000 homes.
Why not make sure your business safeguards our environment and creates a valuable energy-positive resource.
Join us on our journey to create a more sustainable future with LifeCycle.
http://www.phslifecycle.co.uk/

published:26 Jan 2018

views:280

published:12 Nov 2017

views:68

The ICT industry is in the midst of a "once every 20--25 years" shift to a new technology platform for growth and innovation — IDC terms this the 3rd Platform.

published:28 Jul 2014

views:0

The total installed cost of a product or service should be evaluated over its expected life time. Selecting quality products with a longer life cycle will be more cost effective in the long term. Maintenance costs will also be lower over the life cycle of your home.
More information: www.fpb.co.nz/fpb-principle/life-cycle-costing

published:11 Aug 2014

views:2024

One day in the future our Star, the Sun will die! Find out how it will come to its end and whether we will be around to see the biggest fireworks display in the solar system.
Remember to SUBSCRIBE if you want more - https://www.youtube.com/user/TheVendor101
Check out these too -
Google Plus - https://plus.google.com/112630119011515532019
Twitter - https://twitter.com/Thevendor101
Facebook - https://www.facebook.com/pages/The-Vendor-101/662083050479571
Script -
Our star, a big ball of hot plasma at the center of the solar system. It is made up of many chemicals and in the core roughly 600 million tons of hydrogen is converted into helium every second. The sun also has smaller amounts of heavier elements, including oxygen, carbon, neon and iron among others. It is almost perfectly spherical and you could fit 1.3 million Earths inside of it. It began it's process only 4.6 billion years ago, which means it could only be around halfway through its life cycle. A star like the sun is thought to shine for around 10 to 20 billion years, which is a long time, but when it final happens and the sun comes to the end of its life. How will the sun die? When the sun begins to run out of nuclear fuel, the core will become unstable and collapse under its own weight, gravity would take over as the fusion process shuts off. This causes the core to heat up and become denser. To keep the fires burning, the sun will begin to fuse hydrogen outside the core, in a layer closer to the stellar surface. The outer layer of the sun would inflate and be pushed outwards, making the sun swell in diameter creating a red giant which would be at least 200 times wider than it is today. This giant red sun would swallow Mercury, Venus and could even possibly engulf our planet, Earth and Mars. Even if our planet survived, the intense heat from the red sun will scorch the Earth and make it completely impossible for life to survive. At this point the helium atoms in the core would of fused together, forming carbon atoms and releasing energy lasting for around 100 million years. After this the core will then be stable since the carbon atoms are no longer compressible, but the outer layers of the Sun would drift off into space, forming a planetary nebula and exposing the core, a white dwarf. The planetary nebula would expand in to all sorts of different shapes and would put on a fluorescent galactic performance that will last for 50,000 years. The white dwarf will still be hot enough to shine with thermal radiation, But it’s no longer generating solar fusion, and so it will slowly cool down until it becomes the same temperature as the rest of the Universe. The nebula that once was part of our Sun will slowly fade away, leaving only a cold, dark, essentially dead Sun, an Earth sized diamond with the mass of a star. Like all good things our star must come to an end. Just like the Earth, but you can rest assured It’s not going to happen in our lifetime, but one day in the far future, the Sun will run out of fuel and end its life as a main sequence star. The memory of the solar system that we belong to would be trillions of years old and the star that you owe everything to would be died and forgotten.
Attributes-
RedGiantSun-ESAHubble (M. Kornmesser & L. L. Christensen)
The life cycle of the Sun-ESO Observatory
Star field ParticleSystem with Unity's Shuriken-SD
Slicing through a 3D giant star -ESO Oservatory
A DayWithout Rain- Clint Melander
Music -
Stale Mate- Jingle PunksHurry Up- YouTube Silent Partner
Haus Guest- Gunnar Olsen
Prelude and Action- Kevin MacLeod

published:05 Oct 2014

views:51326

This is the first video in a series of short videos explaining, using very simple props, some of the scientific research we do at the Bioenergy Department at the UFZ, Leipzig. We have tried to keep things simple, for a general audience. To see the next video click here:https://www.youtube.com/watch?v=Np1LGohA1gY&feature=youtu.be

Future

The future is what will happen in the time after the present. Its arrival is considered inevitable due to the existence of time and the laws of physics. Due to the apparent nature of reality and the unavoidability of the future, everything that currently exists and will exist can be categorized as either permanent, meaning that it will exist forever, or temporary, meaning that it will end. The future and the concept of eternity have been major subjects of philosophy, religion, and science, and defining them non-controversially has consistently eluded the greatest of minds. In the Occidental view, which uses a linear conception of time, the future is the portion of the projected time line that is anticipated to occur. In special relativity, the future is considered absolute future, or the future light cone.

You Can

"You Can" is a 1981 single by Madleen Kane and produced by Giorgio Moroder. The song was written by Yolanda Yvette Adams, Donald Ray Atkins and Marcus Ecby. Along with the track, "Fire in My Heart", "You Can" was Kane's most successful single on the dance charts, spending three weeks at number one. The single was her only Hot 100 chart entry, peaking at #77.

BIM in life cycle. The Digital Railway of the Future

phs is leading the hygiene waste industry with the introduction of LifeCycle.

phs is leading the hygiene waste industry with the introduction of LifeCycle.

phs is leading the hygiene waste industry with the introduction of LifeCycle.

http://www.phslifecycle.co.uk/
With 50 years’ experience in managing Absorbent Hygiene Product waste or AHP, we have pioneered a breakthrough solution for disposing of these products in an environmentally sustainable way.
Absorbent hygiene products – such as sanitary and incontinence pads and nappies - bring fantastic benefits to everyone. They give us the freedom to continue with our lives unhindered.
But once discarded as waste, they are both wet and unhygienic. A fact we might prefer to keep out of sight but not out of mind, because it’s an issue we all contribute to at some point in our lives.
It’s everyone’s waste, and so everyone owns a part of this problem, it’s part of being human.
Today there are around 3.2 million people in the UK over the age of 65 suffering from urinary incontinence.
With the UK’s population rising to 68.5 million by 2025 and with people living longer, this challenge is set to become much bigger.
But disposing of AHP waste has always presented an environmental challenge
It could either be incinerated or sent to landfill. Neither option is ideal.
Burning wet waste is expensive, needing large amounts of energy to heat it before it can burn.
The other most common option is to send it to landfill, with all of its potential contamination issues. It can take up to 500 years for AHP waste to decompose – so it’s a serious problem for our environment.
As well, landfill costs have gone up by over 250% since 2007 and are set to increase further; and it’s estimated that there is only 8 years capacity left in the UK’s landfill sites. After that, in less than a decade, all our sites will be full and closing anyway.
So, we have to find a better alternative.
With LifeCycle, for the first time, we have an affordable, sustainable choice.
Our patented LifeCycle process makes AHP waste dry enough to turn it into an energy source, in the form of Refuse Derived Fuel or RDF; and, our capacity to create this new fuel is on an industrial scale.
Any foreign objects are removed and we then chemically treat the waste so it maintains a stable structure as bales, ready for burning as RDF.
All customers have to do is call us at our call centre.
Our driver can then service their washrooms, collecting the waste and delivering it to one of our operation centres, where it is placed into a bulk waste unit.
The bulk waste is delivered to our LifeCycle plant, centrally located in the West Midlands where the RDF bales are produced.
RDF is a replacement fuel used within the combustion process of an energy from waste facility, releasing energy in the form of heat. This heat is either used direct in district heating schemes as hot water or steam, or converted into electrical power.
Our LifeCycle service is a bold, breakthrough innovation, providing ‘the’ best option for the processing of AHP waste, and it is unique to phs.
‘Since January 2017, LifeCycle has processed over 8,800 tonnes of AHP waste which has created almost 6,000 tonnes of RDF’
Our objective for 2018 is to divert 35,000 tonnes of AHP waste from landfill to produce 23,000 tonnes of RDF… and since 1 tonne of RDF can power a family home for an entire year, that could provide the power for over 23,000 homes.
Why not make sure your business safeguards our environment and creates a valuable energy-positive resource.
Join us on our journey to create a more sustainable future with LifeCycle.
http://www.phslifecycle.co.uk/

0:19

How are life cycle is gonna be in the future

How are life cycle is gonna be in the future

How are life cycle is gonna be in the future

31:12

Evolving enterprise networks for future initiatives: The importance of a life-cycle approach

Evolving enterprise networks for future initiatives: The importance of a life-cycle approach

Evolving enterprise networks for future initiatives: The importance of a life-cycle approach

The ICT industry is in the midst of a "once every 20--25 years" shift to a new technology platform for growth and innovation — IDC terms this the 3rd Platform.

1:05

Future-Proof Building Principle - Life Cycle

Future-Proof Building Principle - Life Cycle

Future-Proof Building Principle - Life Cycle

The total installed cost of a product or service should be evaluated over its expected life time. Selecting quality products with a longer life cycle will be more cost effective in the long term. Maintenance costs will also be lower over the life cycle of your home.
More information: www.fpb.co.nz/fpb-principle/life-cycle-costing

3:38

The Story Of The Sun And Its Fiery Death

The Story Of The Sun And Its Fiery Death

The Story Of The Sun And Its Fiery Death

One day in the future our Star, the Sun will die! Find out how it will come to its end and whether we will be around to see the biggest fireworks display in the solar system.
Remember to SUBSCRIBE if you want more - https://www.youtube.com/user/TheVendor101
Check out these too -
Google Plus - https://plus.google.com/112630119011515532019
Twitter - https://twitter.com/Thevendor101
Facebook - https://www.facebook.com/pages/The-Vendor-101/662083050479571
Script -
Our star, a big ball of hot plasma at the center of the solar system. It is made up of many chemicals and in the core roughly 600 million tons of hydrogen is converted into helium every second. The sun also has smaller amounts of heavier elements, including oxygen, carbon, neon and iron among others. It is almost perfectly spherical and you could fit 1.3 million Earths inside of it. It began it's process only 4.6 billion years ago, which means it could only be around halfway through its life cycle. A star like the sun is thought to shine for around 10 to 20 billion years, which is a long time, but when it final happens and the sun comes to the end of its life. How will the sun die? When the sun begins to run out of nuclear fuel, the core will become unstable and collapse under its own weight, gravity would take over as the fusion process shuts off. This causes the core to heat up and become denser. To keep the fires burning, the sun will begin to fuse hydrogen outside the core, in a layer closer to the stellar surface. The outer layer of the sun would inflate and be pushed outwards, making the sun swell in diameter creating a red giant which would be at least 200 times wider than it is today. This giant red sun would swallow Mercury, Venus and could even possibly engulf our planet, Earth and Mars. Even if our planet survived, the intense heat from the red sun will scorch the Earth and make it completely impossible for life to survive. At this point the helium atoms in the core would of fused together, forming carbon atoms and releasing energy lasting for around 100 million years. After this the core will then be stable since the carbon atoms are no longer compressible, but the outer layers of the Sun would drift off into space, forming a planetary nebula and exposing the core, a white dwarf. The planetary nebula would expand in to all sorts of different shapes and would put on a fluorescent galactic performance that will last for 50,000 years. The white dwarf will still be hot enough to shine with thermal radiation, But it’s no longer generating solar fusion, and so it will slowly cool down until it becomes the same temperature as the rest of the Universe. The nebula that once was part of our Sun will slowly fade away, leaving only a cold, dark, essentially dead Sun, an Earth sized diamond with the mass of a star. Like all good things our star must come to an end. Just like the Earth, but you can rest assured It’s not going to happen in our lifetime, but one day in the far future, the Sun will run out of fuel and end its life as a main sequence star. The memory of the solar system that we belong to would be trillions of years old and the star that you owe everything to would be died and forgotten.
Attributes-
RedGiantSun-ESAHubble (M. Kornmesser & L. L. Christensen)
The life cycle of the Sun-ESO Observatory
Star field ParticleSystem with Unity's Shuriken-SD
Slicing through a 3D giant star -ESO Oservatory
A DayWithout Rain- Clint Melander
Music -
Stale Mate- Jingle PunksHurry Up- YouTube Silent Partner
Haus Guest- Gunnar Olsen
Prelude and Action- Kevin MacLeod

8:41

Future based bioeconomy -Life cycle thinking

Future based bioeconomy -Life cycle thinking

Future based bioeconomy -Life cycle thinking

This is the first video in a series of short videos explaining, using very simple props, some of the scientific research we do at the Bioenergy Department at the UFZ, Leipzig. We have tried to keep things simple, for a general audience. To see the next video click here:https://www.youtube.com/watch?v=Np1LGohA1gY&feature=youtu.be

1:50

The Employee Life Cycle is a Myth, Here's Why - Jacob Morgan

The Employee Life Cycle is a Myth, Here's Why - Jacob Morgan

The Employee Life Cycle is a Myth, Here's Why - Jacob Morgan

In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But is the employee lifecycle model really an accurate way to look at an employee’s time at our organizations, or is there a better way?
In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But this is more of the organization’s perspective of what the employee lifecycle should look like, not so much an accurate picture of what employees really encounter during their time in an organization.
When we put employees into these rigid, pre-determined buckets it really causes us to view them as worker bees, not individuals. If we look at this from the employee’s perspective, their time at the organization looks quite a bit different. We would see that their time not only includes recruitment, onboarding and development, but it also includes personal aspects such as having a baby or buying a house for the first time. We would also see that it is hard to have such rigid boxes. Development, for example, is not a one time thing it really should be happening constantly.
Employees who are working for you view themselves as individuals and we are seeing this shift from work/life balance to work/life blurring. Shouldn’t we create an employee lifecycle that reflects this reality?
----------------------------------------------
ABOUT THE FUTURE IN FIVE
Will AI take over the world? Will cars drive themselves? What will the employees, managers, and organizations of the future look like and will we all have jobs we love? Join best-selling author and futurist Jacob Morgan each week as he explores these topics and more. The Future in Five is a series that seeks to bring inspiration, education, and wonder to a topic that impacts every human being on the planet, the future of work.
Jacob Morgan is a keynote speaker, best-selling author (his most recent book is “The Future of Work”), and futurist. He explores how the world of work is changing and what employees, managers, and organizations need to do to adapt. You can also subscribe to Jacob’s newsletter to get weekly content on the future of work To work with Jacob or have him speak at your event visit TheFutureOrganization.com
Website:
http://www.thefutureorganization.com/
Facebook:
https://www.facebook.com/FuturistJacob
Twitter:
https://twitter.com/jacobm
Linked In:
https://www.linkedin.com/in/jacobmorgan8
The EmployeeExperienceAdvantage, Future of Work, and more on Amazon.com
https://www.amazon.com/Jacob-Morgan/e/B00703V3WO/ref=sr_tc_2_0?qid=1505835726&sr=8-2-ent
The Future Organization Newsletter:
http://thefutureorganization.com/newsletter
FAIR-USE COPYRIGHT DISCLAIMER* CopyrightDisclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, commenting, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use. 1) This video has no negative impact on the original works (It would actually be positive for them) 2) This video is also for teaching/education purposes.3) It is not transformative in nature.4) bits and pieces of videos used to get the point across where necessary. The Future Organization does not own the rights to these video clips. They have, in accordance with fair use, been repurposed with the intent of educating and inspiring others. However, if any content owners would like their images removed, please contact me by email at jacob@thefutureorganization.com
MusicInfo:
Apollo’s Triumph by Audiomachine
https://youtu.be/RnpHnJNBUTs

1:54

What's the Future Like: Commitation, the Life Cycle

What's the Future Like: Commitation, the Life Cycle

What's the Future Like: Commitation, the Life Cycle

During my recent expedition I visited a few cemeteries and it occurred to me how outdated funerals and burials will become. As always, let me know what you all think about this because remember, this is your future, not mine.
PhotoCredits:
http://www.flickr.com/photos/andrewfysh/
http://www.flickr.com/photos/wcdumonts/
http://www.flickr.com/photos/17483683@N00/
http://www.flickr.com/photos/fragiletender/
http://www.flickr.com/photos/rayabdull/
Use of these pictures falls under this license:
http://creativecommons.org/licenses/by/3.0/
Use of the music falls under this license:
http://animoto.com/legal/commercial_terms

BIM in life cycle. The Digital Railway of the Future

phs is leading the hygiene waste industry with the introduction of LifeCycle.

http://www.phslifecycle.co.uk/
With 50 years’ experience in managing Absorbent Hygiene Product waste or AHP, we have pioneered a breakthrough solution for disposing of these products in an environmentally sustainable way.
Absorbent hygiene products – such as sanitary and incontinence pads and nappies - bring fantastic benefits to everyone. They give us the freedom to continue with our lives unhindered.
But once discarded as waste, they are both wet and unhygienic. A fact we might prefer to keep out of sight but not out of mind, because it’s an issue we all contribute to at some point in our lives.
It’s everyone’s waste, and so everyone owns a part of this problem, it’s part of being human.
Today there are around 3.2 million people in the UK over the age of 65 suffering from urina...

published: 26 Jan 2018

How are life cycle is gonna be in the future

published: 12 Nov 2017

Evolving enterprise networks for future initiatives: The importance of a life-cycle approach

The ICT industry is in the midst of a "once every 20--25 years" shift to a new technology platform for growth and innovation — IDC terms this the 3rd Platform.

published: 28 Jul 2014

Future-Proof Building Principle - Life Cycle

The total installed cost of a product or service should be evaluated over its expected life time. Selecting quality products with a longer life cycle will be more cost effective in the long term. Maintenance costs will also be lower over the life cycle of your home.
More information: www.fpb.co.nz/fpb-principle/life-cycle-costing

published: 11 Aug 2014

The Story Of The Sun And Its Fiery Death

One day in the future our Star, the Sun will die! Find out how it will come to its end and whether we will be around to see the biggest fireworks display in the solar system.
Remember to SUBSCRIBE if you want more - https://www.youtube.com/user/TheVendor101
Check out these too -
Google Plus - https://plus.google.com/112630119011515532019
Twitter - https://twitter.com/Thevendor101
Facebook - https://www.facebook.com/pages/The-Vendor-101/662083050479571
Script -
Our star, a big ball of hot plasma at the center of the solar system. It is made up of many chemicals and in the core roughly 600 million tons of hydrogen is converted into helium every second. The sun also has smaller amounts of heavier elements, including oxygen, carbon, neon and iron among others. It is almost perfectly sph...

published: 05 Oct 2014

Future based bioeconomy -Life cycle thinking

This is the first video in a series of short videos explaining, using very simple props, some of the scientific research we do at the Bioenergy Department at the UFZ, Leipzig. We have tried to keep things simple, for a general audience. To see the next video click here:https://www.youtube.com/watch?v=Np1LGohA1gY&feature=youtu.be

published: 13 Oct 2016

The Employee Life Cycle is a Myth, Here's Why - Jacob Morgan

In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But is the employee lifecycle model really an accurate way to look at an employee’s time at our organizations, or is there a better way?
In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But this is more of the organization’s perspective of what the employee lifecycle should look like, not so much an accurate picture of what employees really encounter during their time in an organization.
When we put employees into these rigid, pre-determined buckets it really causes us to view them as worker bees, not individuals. If we look at this from the employee’...

published: 13 Dec 2017

What's the Future Like: Commitation, the Life Cycle

During my recent expedition I visited a few cemeteries and it occurred to me how outdated funerals and burials will become. As always, let me know what you all think about this because remember, this is your future, not mine.
PhotoCredits:
http://www.flickr.com/photos/andrewfysh/
http://www.flickr.com/photos/wcdumonts/
http://www.flickr.com/photos/17483683@N00/
http://www.flickr.com/photos/fragiletender/
http://www.flickr.com/photos/rayabdull/
Use of these pictures falls under this license:
http://creativecommons.org/licenses/by/3.0/
Use of the music falls under this license:
http://animoto.com/legal/commercial_terms

phs is leading the hygiene waste industry with the introduction of LifeCycle.

http://www.phslifecycle.co.uk/
With 50 years’ experience in managing Absorbent Hygiene Product waste or AHP, we have pioneered a breakthrough solution for disp...

http://www.phslifecycle.co.uk/
With 50 years’ experience in managing Absorbent Hygiene Product waste or AHP, we have pioneered a breakthrough solution for disposing of these products in an environmentally sustainable way.
Absorbent hygiene products – such as sanitary and incontinence pads and nappies - bring fantastic benefits to everyone. They give us the freedom to continue with our lives unhindered.
But once discarded as waste, they are both wet and unhygienic. A fact we might prefer to keep out of sight but not out of mind, because it’s an issue we all contribute to at some point in our lives.
It’s everyone’s waste, and so everyone owns a part of this problem, it’s part of being human.
Today there are around 3.2 million people in the UK over the age of 65 suffering from urinary incontinence.
With the UK’s population rising to 68.5 million by 2025 and with people living longer, this challenge is set to become much bigger.
But disposing of AHP waste has always presented an environmental challenge
It could either be incinerated or sent to landfill. Neither option is ideal.
Burning wet waste is expensive, needing large amounts of energy to heat it before it can burn.
The other most common option is to send it to landfill, with all of its potential contamination issues. It can take up to 500 years for AHP waste to decompose – so it’s a serious problem for our environment.
As well, landfill costs have gone up by over 250% since 2007 and are set to increase further; and it’s estimated that there is only 8 years capacity left in the UK’s landfill sites. After that, in less than a decade, all our sites will be full and closing anyway.
So, we have to find a better alternative.
With LifeCycle, for the first time, we have an affordable, sustainable choice.
Our patented LifeCycle process makes AHP waste dry enough to turn it into an energy source, in the form of Refuse Derived Fuel or RDF; and, our capacity to create this new fuel is on an industrial scale.
Any foreign objects are removed and we then chemically treat the waste so it maintains a stable structure as bales, ready for burning as RDF.
All customers have to do is call us at our call centre.
Our driver can then service their washrooms, collecting the waste and delivering it to one of our operation centres, where it is placed into a bulk waste unit.
The bulk waste is delivered to our LifeCycle plant, centrally located in the West Midlands where the RDF bales are produced.
RDF is a replacement fuel used within the combustion process of an energy from waste facility, releasing energy in the form of heat. This heat is either used direct in district heating schemes as hot water or steam, or converted into electrical power.
Our LifeCycle service is a bold, breakthrough innovation, providing ‘the’ best option for the processing of AHP waste, and it is unique to phs.
‘Since January 2017, LifeCycle has processed over 8,800 tonnes of AHP waste which has created almost 6,000 tonnes of RDF’
Our objective for 2018 is to divert 35,000 tonnes of AHP waste from landfill to produce 23,000 tonnes of RDF… and since 1 tonne of RDF can power a family home for an entire year, that could provide the power for over 23,000 homes.
Why not make sure your business safeguards our environment and creates a valuable energy-positive resource.
Join us on our journey to create a more sustainable future with LifeCycle.
http://www.phslifecycle.co.uk/

http://www.phslifecycle.co.uk/
With 50 years’ experience in managing Absorbent Hygiene Product waste or AHP, we have pioneered a breakthrough solution for disposing of these products in an environmentally sustainable way.
Absorbent hygiene products – such as sanitary and incontinence pads and nappies - bring fantastic benefits to everyone. They give us the freedom to continue with our lives unhindered.
But once discarded as waste, they are both wet and unhygienic. A fact we might prefer to keep out of sight but not out of mind, because it’s an issue we all contribute to at some point in our lives.
It’s everyone’s waste, and so everyone owns a part of this problem, it’s part of being human.
Today there are around 3.2 million people in the UK over the age of 65 suffering from urinary incontinence.
With the UK’s population rising to 68.5 million by 2025 and with people living longer, this challenge is set to become much bigger.
But disposing of AHP waste has always presented an environmental challenge
It could either be incinerated or sent to landfill. Neither option is ideal.
Burning wet waste is expensive, needing large amounts of energy to heat it before it can burn.
The other most common option is to send it to landfill, with all of its potential contamination issues. It can take up to 500 years for AHP waste to decompose – so it’s a serious problem for our environment.
As well, landfill costs have gone up by over 250% since 2007 and are set to increase further; and it’s estimated that there is only 8 years capacity left in the UK’s landfill sites. After that, in less than a decade, all our sites will be full and closing anyway.
So, we have to find a better alternative.
With LifeCycle, for the first time, we have an affordable, sustainable choice.
Our patented LifeCycle process makes AHP waste dry enough to turn it into an energy source, in the form of Refuse Derived Fuel or RDF; and, our capacity to create this new fuel is on an industrial scale.
Any foreign objects are removed and we then chemically treat the waste so it maintains a stable structure as bales, ready for burning as RDF.
All customers have to do is call us at our call centre.
Our driver can then service their washrooms, collecting the waste and delivering it to one of our operation centres, where it is placed into a bulk waste unit.
The bulk waste is delivered to our LifeCycle plant, centrally located in the West Midlands where the RDF bales are produced.
RDF is a replacement fuel used within the combustion process of an energy from waste facility, releasing energy in the form of heat. This heat is either used direct in district heating schemes as hot water or steam, or converted into electrical power.
Our LifeCycle service is a bold, breakthrough innovation, providing ‘the’ best option for the processing of AHP waste, and it is unique to phs.
‘Since January 2017, LifeCycle has processed over 8,800 tonnes of AHP waste which has created almost 6,000 tonnes of RDF’
Our objective for 2018 is to divert 35,000 tonnes of AHP waste from landfill to produce 23,000 tonnes of RDF… and since 1 tonne of RDF can power a family home for an entire year, that could provide the power for over 23,000 homes.
Why not make sure your business safeguards our environment and creates a valuable energy-positive resource.
Join us on our journey to create a more sustainable future with LifeCycle.
http://www.phslifecycle.co.uk/

Future-Proof Building Principle - Life Cycle

The total installed cost of a product or service should be evaluated over its expected life time. Selecting quality products with a longer life cycle will be mo...

The total installed cost of a product or service should be evaluated over its expected life time. Selecting quality products with a longer life cycle will be more cost effective in the long term. Maintenance costs will also be lower over the life cycle of your home.
More information: www.fpb.co.nz/fpb-principle/life-cycle-costing

The total installed cost of a product or service should be evaluated over its expected life time. Selecting quality products with a longer life cycle will be more cost effective in the long term. Maintenance costs will also be lower over the life cycle of your home.
More information: www.fpb.co.nz/fpb-principle/life-cycle-costing

The Story Of The Sun And Its Fiery Death

One day in the future our Star, the Sun will die! Find out how it will come to its end and whether we will be around to see the biggest fireworks display in the...

One day in the future our Star, the Sun will die! Find out how it will come to its end and whether we will be around to see the biggest fireworks display in the solar system.
Remember to SUBSCRIBE if you want more - https://www.youtube.com/user/TheVendor101
Check out these too -
Google Plus - https://plus.google.com/112630119011515532019
Twitter - https://twitter.com/Thevendor101
Facebook - https://www.facebook.com/pages/The-Vendor-101/662083050479571
Script -
Our star, a big ball of hot plasma at the center of the solar system. It is made up of many chemicals and in the core roughly 600 million tons of hydrogen is converted into helium every second. The sun also has smaller amounts of heavier elements, including oxygen, carbon, neon and iron among others. It is almost perfectly spherical and you could fit 1.3 million Earths inside of it. It began it's process only 4.6 billion years ago, which means it could only be around halfway through its life cycle. A star like the sun is thought to shine for around 10 to 20 billion years, which is a long time, but when it final happens and the sun comes to the end of its life. How will the sun die? When the sun begins to run out of nuclear fuel, the core will become unstable and collapse under its own weight, gravity would take over as the fusion process shuts off. This causes the core to heat up and become denser. To keep the fires burning, the sun will begin to fuse hydrogen outside the core, in a layer closer to the stellar surface. The outer layer of the sun would inflate and be pushed outwards, making the sun swell in diameter creating a red giant which would be at least 200 times wider than it is today. This giant red sun would swallow Mercury, Venus and could even possibly engulf our planet, Earth and Mars. Even if our planet survived, the intense heat from the red sun will scorch the Earth and make it completely impossible for life to survive. At this point the helium atoms in the core would of fused together, forming carbon atoms and releasing energy lasting for around 100 million years. After this the core will then be stable since the carbon atoms are no longer compressible, but the outer layers of the Sun would drift off into space, forming a planetary nebula and exposing the core, a white dwarf. The planetary nebula would expand in to all sorts of different shapes and would put on a fluorescent galactic performance that will last for 50,000 years. The white dwarf will still be hot enough to shine with thermal radiation, But it’s no longer generating solar fusion, and so it will slowly cool down until it becomes the same temperature as the rest of the Universe. The nebula that once was part of our Sun will slowly fade away, leaving only a cold, dark, essentially dead Sun, an Earth sized diamond with the mass of a star. Like all good things our star must come to an end. Just like the Earth, but you can rest assured It’s not going to happen in our lifetime, but one day in the far future, the Sun will run out of fuel and end its life as a main sequence star. The memory of the solar system that we belong to would be trillions of years old and the star that you owe everything to would be died and forgotten.
Attributes-
RedGiantSun-ESAHubble (M. Kornmesser & L. L. Christensen)
The life cycle of the Sun-ESO Observatory
Star field ParticleSystem with Unity's Shuriken-SD
Slicing through a 3D giant star -ESO Oservatory
A DayWithout Rain- Clint Melander
Music -
Stale Mate- Jingle PunksHurry Up- YouTube Silent Partner
Haus Guest- Gunnar Olsen
Prelude and Action- Kevin MacLeod

One day in the future our Star, the Sun will die! Find out how it will come to its end and whether we will be around to see the biggest fireworks display in the solar system.
Remember to SUBSCRIBE if you want more - https://www.youtube.com/user/TheVendor101
Check out these too -
Google Plus - https://plus.google.com/112630119011515532019
Twitter - https://twitter.com/Thevendor101
Facebook - https://www.facebook.com/pages/The-Vendor-101/662083050479571
Script -
Our star, a big ball of hot plasma at the center of the solar system. It is made up of many chemicals and in the core roughly 600 million tons of hydrogen is converted into helium every second. The sun also has smaller amounts of heavier elements, including oxygen, carbon, neon and iron among others. It is almost perfectly spherical and you could fit 1.3 million Earths inside of it. It began it's process only 4.6 billion years ago, which means it could only be around halfway through its life cycle. A star like the sun is thought to shine for around 10 to 20 billion years, which is a long time, but when it final happens and the sun comes to the end of its life. How will the sun die? When the sun begins to run out of nuclear fuel, the core will become unstable and collapse under its own weight, gravity would take over as the fusion process shuts off. This causes the core to heat up and become denser. To keep the fires burning, the sun will begin to fuse hydrogen outside the core, in a layer closer to the stellar surface. The outer layer of the sun would inflate and be pushed outwards, making the sun swell in diameter creating a red giant which would be at least 200 times wider than it is today. This giant red sun would swallow Mercury, Venus and could even possibly engulf our planet, Earth and Mars. Even if our planet survived, the intense heat from the red sun will scorch the Earth and make it completely impossible for life to survive. At this point the helium atoms in the core would of fused together, forming carbon atoms and releasing energy lasting for around 100 million years. After this the core will then be stable since the carbon atoms are no longer compressible, but the outer layers of the Sun would drift off into space, forming a planetary nebula and exposing the core, a white dwarf. The planetary nebula would expand in to all sorts of different shapes and would put on a fluorescent galactic performance that will last for 50,000 years. The white dwarf will still be hot enough to shine with thermal radiation, But it’s no longer generating solar fusion, and so it will slowly cool down until it becomes the same temperature as the rest of the Universe. The nebula that once was part of our Sun will slowly fade away, leaving only a cold, dark, essentially dead Sun, an Earth sized diamond with the mass of a star. Like all good things our star must come to an end. Just like the Earth, but you can rest assured It’s not going to happen in our lifetime, but one day in the far future, the Sun will run out of fuel and end its life as a main sequence star. The memory of the solar system that we belong to would be trillions of years old and the star that you owe everything to would be died and forgotten.
Attributes-
RedGiantSun-ESAHubble (M. Kornmesser & L. L. Christensen)
The life cycle of the Sun-ESO Observatory
Star field ParticleSystem with Unity's Shuriken-SD
Slicing through a 3D giant star -ESO Oservatory
A DayWithout Rain- Clint Melander
Music -
Stale Mate- Jingle PunksHurry Up- YouTube Silent Partner
Haus Guest- Gunnar Olsen
Prelude and Action- Kevin MacLeod

Future based bioeconomy -Life cycle thinking

This is the first video in a series of short videos explaining, using very simple props, some of the scientific research we do at the Bioenergy Department at t...

This is the first video in a series of short videos explaining, using very simple props, some of the scientific research we do at the Bioenergy Department at the UFZ, Leipzig. We have tried to keep things simple, for a general audience. To see the next video click here:https://www.youtube.com/watch?v=Np1LGohA1gY&feature=youtu.be

This is the first video in a series of short videos explaining, using very simple props, some of the scientific research we do at the Bioenergy Department at the UFZ, Leipzig. We have tried to keep things simple, for a general audience. To see the next video click here:https://www.youtube.com/watch?v=Np1LGohA1gY&feature=youtu.be

The Employee Life Cycle is a Myth, Here's Why - Jacob Morgan

In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But is the emplo...

In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But is the employee lifecycle model really an accurate way to look at an employee’s time at our organizations, or is there a better way?
In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But this is more of the organization’s perspective of what the employee lifecycle should look like, not so much an accurate picture of what employees really encounter during their time in an organization.
When we put employees into these rigid, pre-determined buckets it really causes us to view them as worker bees, not individuals. If we look at this from the employee’s perspective, their time at the organization looks quite a bit different. We would see that their time not only includes recruitment, onboarding and development, but it also includes personal aspects such as having a baby or buying a house for the first time. We would also see that it is hard to have such rigid boxes. Development, for example, is not a one time thing it really should be happening constantly.
Employees who are working for you view themselves as individuals and we are seeing this shift from work/life balance to work/life blurring. Shouldn’t we create an employee lifecycle that reflects this reality?
----------------------------------------------
ABOUT THE FUTURE IN FIVE
Will AI take over the world? Will cars drive themselves? What will the employees, managers, and organizations of the future look like and will we all have jobs we love? Join best-selling author and futurist Jacob Morgan each week as he explores these topics and more. The Future in Five is a series that seeks to bring inspiration, education, and wonder to a topic that impacts every human being on the planet, the future of work.
Jacob Morgan is a keynote speaker, best-selling author (his most recent book is “The Future of Work”), and futurist. He explores how the world of work is changing and what employees, managers, and organizations need to do to adapt. You can also subscribe to Jacob’s newsletter to get weekly content on the future of work To work with Jacob or have him speak at your event visit TheFutureOrganization.com
Website:
http://www.thefutureorganization.com/
Facebook:
https://www.facebook.com/FuturistJacob
Twitter:
https://twitter.com/jacobm
Linked In:
https://www.linkedin.com/in/jacobmorgan8
The EmployeeExperienceAdvantage, Future of Work, and more on Amazon.com
https://www.amazon.com/Jacob-Morgan/e/B00703V3WO/ref=sr_tc_2_0?qid=1505835726&sr=8-2-ent
The Future Organization Newsletter:
http://thefutureorganization.com/newsletter
FAIR-USE COPYRIGHT DISCLAIMER* CopyrightDisclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, commenting, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use. 1) This video has no negative impact on the original works (It would actually be positive for them) 2) This video is also for teaching/education purposes.3) It is not transformative in nature.4) bits and pieces of videos used to get the point across where necessary. The Future Organization does not own the rights to these video clips. They have, in accordance with fair use, been repurposed with the intent of educating and inspiring others. However, if any content owners would like their images removed, please contact me by email at jacob@thefutureorganization.com
MusicInfo:
Apollo’s Triumph by Audiomachine
https://youtu.be/RnpHnJNBUTs

In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But is the employee lifecycle model really an accurate way to look at an employee’s time at our organizations, or is there a better way?
In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But this is more of the organization’s perspective of what the employee lifecycle should look like, not so much an accurate picture of what employees really encounter during their time in an organization.
When we put employees into these rigid, pre-determined buckets it really causes us to view them as worker bees, not individuals. If we look at this from the employee’s perspective, their time at the organization looks quite a bit different. We would see that their time not only includes recruitment, onboarding and development, but it also includes personal aspects such as having a baby or buying a house for the first time. We would also see that it is hard to have such rigid boxes. Development, for example, is not a one time thing it really should be happening constantly.
Employees who are working for you view themselves as individuals and we are seeing this shift from work/life balance to work/life blurring. Shouldn’t we create an employee lifecycle that reflects this reality?
----------------------------------------------
ABOUT THE FUTURE IN FIVE
Will AI take over the world? Will cars drive themselves? What will the employees, managers, and organizations of the future look like and will we all have jobs we love? Join best-selling author and futurist Jacob Morgan each week as he explores these topics and more. The Future in Five is a series that seeks to bring inspiration, education, and wonder to a topic that impacts every human being on the planet, the future of work.
Jacob Morgan is a keynote speaker, best-selling author (his most recent book is “The Future of Work”), and futurist. He explores how the world of work is changing and what employees, managers, and organizations need to do to adapt. You can also subscribe to Jacob’s newsletter to get weekly content on the future of work To work with Jacob or have him speak at your event visit TheFutureOrganization.com
Website:
http://www.thefutureorganization.com/
Facebook:
https://www.facebook.com/FuturistJacob
Twitter:
https://twitter.com/jacobm
Linked In:
https://www.linkedin.com/in/jacobmorgan8
The EmployeeExperienceAdvantage, Future of Work, and more on Amazon.com
https://www.amazon.com/Jacob-Morgan/e/B00703V3WO/ref=sr_tc_2_0?qid=1505835726&sr=8-2-ent
The Future Organization Newsletter:
http://thefutureorganization.com/newsletter
FAIR-USE COPYRIGHT DISCLAIMER* CopyrightDisclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, commenting, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use. 1) This video has no negative impact on the original works (It would actually be positive for them) 2) This video is also for teaching/education purposes.3) It is not transformative in nature.4) bits and pieces of videos used to get the point across where necessary. The Future Organization does not own the rights to these video clips. They have, in accordance with fair use, been repurposed with the intent of educating and inspiring others. However, if any content owners would like their images removed, please contact me by email at jacob@thefutureorganization.com
MusicInfo:
Apollo’s Triumph by Audiomachine
https://youtu.be/RnpHnJNBUTs

What's the Future Like: Commitation, the Life Cycle

During my recent expedition I visited a few cemeteries and it occurred to me how outdated funerals and burials will become. As always, let me know what you al...

During my recent expedition I visited a few cemeteries and it occurred to me how outdated funerals and burials will become. As always, let me know what you all think about this because remember, this is your future, not mine.
PhotoCredits:
http://www.flickr.com/photos/andrewfysh/
http://www.flickr.com/photos/wcdumonts/
http://www.flickr.com/photos/17483683@N00/
http://www.flickr.com/photos/fragiletender/
http://www.flickr.com/photos/rayabdull/
Use of these pictures falls under this license:
http://creativecommons.org/licenses/by/3.0/
Use of the music falls under this license:
http://animoto.com/legal/commercial_terms

During my recent expedition I visited a few cemeteries and it occurred to me how outdated funerals and burials will become. As always, let me know what you all think about this because remember, this is your future, not mine.
PhotoCredits:
http://www.flickr.com/photos/andrewfysh/
http://www.flickr.com/photos/wcdumonts/
http://www.flickr.com/photos/17483683@N00/
http://www.flickr.com/photos/fragiletender/
http://www.flickr.com/photos/rayabdull/
Use of these pictures falls under this license:
http://creativecommons.org/licenses/by/3.0/
Use of the music falls under this license:
http://animoto.com/legal/commercial_terms

BIM in life cycle. The Digital Railway of the Future

Evolving enterprise networks for future initiatives: The importance of a life-cycle approach

The ICT industry is in the midst of a "once every 20--25 years" shift to a new technology platform for growth and innovation — IDC terms this the 3rd Platform.

published: 28 Jul 2014

Building products of the future using the Customer Life cycle model

http://www.techgig.com/expert-speak/Building-products-of-the-future-using-the-Customer-Life-cycle-model-613
The world is changing rapidly and products have to change with the times to stay relevant. What should be the direction of this change? Simple. Products should change to provide what customers are asking for, or will ask for in the future. Studies from Forrester and others have shown that the best way to do this, and stay modern, is to address the “CustomerLifecycle” – i.e. the “Discover”, “Engage”, “Buy” and “Engage” stages that a typical customer goes through. However, the challenge is that each of these stages is driven through different channels, needs different products and demands different technology capabilities. Unless we design our products and product platforms keepin...

published: 09 Sep 2014

Mega Trends Affecting Employee Life Cycle Leaders Now and in the Future

The Future of Ecommerce Panel | Lifecycle 2017

App Lifecycle Management: Three Ways to Set Up Your Development Lifecycle

How does building on a cloud platform impact application lifecycle management (ALM)? Join us for the best practices used by companies today to streamline app delivery and get a sneak peak at the future.

published: 25 Nov 2013

Lifecycle of a machine learning model (Google Cloud Next '17)

In this video, you'll hear lessons learned from our experience with machine learning and how having a great model is only a part of the story. You'll see how Google BigQuery, Cloud Dataflow and Cloud MachineLearning together enable a complete machine learning lifecycle. Dinesh Kulkarni, J.J. Allaire, and Hongfei Cao cover prep, training, online prediction, and model evaluation.
Missed the conference? Watch all the talks here: https://goo.gl/c1Vs3h
Watch more talks about Big Data & Machine Learning here: https://goo.gl/OcqI9k

published: 09 Mar 2017

The Digital Future of the Customer Lifecycle

Liferay SymposiumBrasil 2016: Managing the customer lifecycle requires organizations to collect and monitor metrics that span across the enterprise. Unlike traditional reporting and analytics, these metrics span several business areas. In this session we look at what we think the full customer lifecycle dashboard will include, identify important KPIs to watch, and discuss where the ownership of this endeavor should live within your organization.

published: 28 Apr 2017

Let’s Talk Future Materials: game changers for industry

http://www.skf.com/group/our-company/letstalk/futurematerials/index.html
This film is subtitled in 7 languages.
The number of new materials and products being researched for industry has exploded over the last 20 years. And so has the demand. This is drastically changing the role of industrial designers and maintenance engineers.
New materials technology experts on the Let’s Talk panel provide insights into how these materials will affect industry in the coming years. Hear from polymer expert Professor Theo Dingemans, metallurgy specialist ProfessorHarry Bhadeshia, steels specialist Martin Rawson from Rolls-Royce and metallurgist Steven Lane from SKF.
Want to learn more? Watch the video. Here are the different topics covered:
1) Steel industry status – its current role and new stee...

published: 21 Nov 2016

Naked Science - Death of the Sun

Subscribe to Naked Science - http://goo.gl/wpc2Q1
Every other Wednesday we present a new video, so join us to see the truth laid bare...The Sun is the most powerful force in our solar system. It generates the heat and light that sustains us. Without it we wouldn’t have life on Earth. But the Sun is violent and volatile and is becoming more dangerous as it ages.
Naked Science explores the life and death of the Sun. We explore what will happen in the future as the Sun ages, and how our lives linked to the Sun’s life cycle.
Firstly we want to understand how the Sun was created from a giant cloud of dust and gas. Scientists pretty much agree on the theory but physical evidence is hard to come by. Naked Science meets scientists at Johnson Space Center who have been working on a ten y...

published: 07 Dec 2016

The Best Documentary Ever!! - The Story Of Earth And Life

The best documentary to watch high and sober.
The Earth might seem solid beneath our feet but five billion years ago there was no sign of the planet we call home. Instead there was only a new star and a cloud of dust in our solar system. Over millions of years, a series of violent changes led to the formation of our world and, eventually, the creation of life.
In this photorealistic CGI epic, see how a boiling ball of rock transformed into the blue planet we know today. Explore every aspect of our world; learn how water first arrived on Earth, discover the vital role oxygen played as life forms began to evolve, and find out how land mammals evolved into dinosaurs and other giant beasts, before becoming extinct 65 million years ago.
Cutting-edge imagery also reveals how humans first bega...

HandlingApplication & UI lifecycle on Android has always been a challenge for applications: subclassing, overriding, and entirely too much code in your Activity class leads to fragile, complicated application logic. Wouldn’t it be nice if this was easier? This session will cover a new approach to lifecycles and explore functionality that makes the problem dramatically easier. Be sure to also check out the other two “Architecture Components” sessions for more information on architecting better Android applications.
Watch more Android talks at I/O '17 here: https://goo.gl/c0LWYl
See all the talks from Google I/O '17 here: https://goo.gl/D0D4VE
Subscribe to the Android channel: http://goo.gl/GEh1ds
#io17 #GoogleIO #GoogleIO2017

published: 18 May 2017

Life Cycle Assessment and Greenhouse Gas Emissions from Animal Agriculture

How technology will change every stage of the employee life-cycle

Technology is changing how the organizations deal with people. A simple app that is available to us can tell us about diversity at workplaces. Technology is all about collecting the relevant data points and providing the human resource personnel with incredible insights.
Listen to Stephan Amling, Sr VP SAP SuccessFactors Asia, Dr Santrupt Misra, CEO of Carbon BlackBusiness; SureshNarayanan, Chairman and MD Nestle India, and Arvind Gupta, ChiefMentor, IdeasWall Incubator talk about privacy and data.
Watch the video for the complete session and QnA in the end.

published: 13 Sep 2017

Webinar: How to Predict, Plan & Prevent with Life Cycle Costing

This webinar will discuss solutions to proactively manage the growing list of maintenance needs that facility owners and managers face today. Facility owners and managers will learn how to effectively use cost data to understand their facilities’ budgets and plan for future needs. Life Cycle Costing helps facility owners and managers maintain a clear understanding of capital, operating and maintenance budgets five, ten or even 20 years into the future.
You’ll learn how to:
Adjust your program based on local market cost, age, and actual equipment and building conditions.
Predict maintenance and repair costs by using life cycle cost data to reduce costs and risks.
Use life cycle cost data to plan and budget for future repairs, and gauge how costs will escalate over time
Use the cost da...

published: 22 Sep 2016

THE END OF MY LIFE CYCLE!? - One Hour One Life (Multiplayer Survival Game - Funny Gameplay)

What's Kraken Peeps and welcome to One HourOne Life.
One Hour One Life is a game where you only live an hour, but time and space in this game is infinite. You can only do so much in one lifetime, but the tech tree in this game will take hundreds of generations to fully explore.
Game Link: http://onehouronelife.com/
Want more? Subscribe!
http://bit.ly/BonusSub
▬▬
I'm also on Twitch:
https://www.twitch.tv/BonusTank
And Twitter:
https://twitter.com/BonusTank
▬▬
Mates:
Niflick: https://www.youtube.com/Niflick
ToastedShoes: https://www.youtube.com/ToastedShoes
ProductionMusic courtesy of EpidemicSound: http://www.epidemicsound.com
"BonusTank" not BonusTank...

published: 05 Mar 2018

BPM Techniques and Tools: A Quick Tour of the BPM Lifecycle

Invited talk at the industry track of the BPM'2016 IndustryTrack, Rio de Janeiro, 20 September 2016.
The talk provides an overview of the BPM lifecycle and articulates the need to shift from techniques focused on efficiency-compliance-quality to techniques that enhance networking and adaptability.

published: 21 Sep 2016

Using Device Lifecycle Management to Future-Proof Your IoT Deployment

One of the biggest barriers to scaling IoT solutions occurs before the device is even powered on. This session covers how to overcome such barriers, as well as the importance of device management in an IoT deployment and how it can help you to future-proof your solution.

published: 31 Jan 2018

Harvard Life Cycle Calculator Training

Joel McKellar from HarvardGreen Building Services provides a video tutorial on how to use Harvard University's Life Cycle Costing Calculator.
The Harvard Life Cycle Costing calculator is a key tool that was developed to assist Schools and project managers in implementing the University's Greenhouse GasReductionGoal. The Calculator was designed to aid Harvard decision makers in considering all present and future costs related to new construction, renovation, equipment replacement, or any other project that involves upfront and ongoing expenditures. The methods used in this calculator correspond to ASTM Life Cycle Cost Analysis standards. Assumptions are Harvard-specific: utility rates are forecasted by Campus Services, and the discount rate used is Harvard's internal interest rate (cu...

Building products of the future using the Customer Life cycle model

http://www.techgig.com/expert-speak/Building-products-of-the-future-using-the-Customer-Life-cycle-model-613
The world is changing rapidly and products have to ...

http://www.techgig.com/expert-speak/Building-products-of-the-future-using-the-Customer-Life-cycle-model-613
The world is changing rapidly and products have to change with the times to stay relevant. What should be the direction of this change? Simple. Products should change to provide what customers are asking for, or will ask for in the future. Studies from Forrester and others have shown that the best way to do this, and stay modern, is to address the “CustomerLifecycle” – i.e. the “Discover”, “Engage”, “Buy” and “Engage” stages that a typical customer goes through. However, the challenge is that each of these stages is driven through different channels, needs different products and demands different technology capabilities. Unless we design our products and product platforms keeping these perspectives in mind, we will soon be burdened with an outdated, inflexible and low-agility platform and product-line that will threaten our market position and future.
This webinar will discuss how to design and architect product platforms that meet the above criteria and enable product companies to transform themselves into “Customer Lifecycle”-based product-lines that continue to evolve to meet changing customer needs and demographics. The Misys “FusionFabric” platform is going through exactly this kind of a transformation, and the speaker will use it as an example to explain this concept.

http://www.techgig.com/expert-speak/Building-products-of-the-future-using-the-Customer-Life-cycle-model-613
The world is changing rapidly and products have to change with the times to stay relevant. What should be the direction of this change? Simple. Products should change to provide what customers are asking for, or will ask for in the future. Studies from Forrester and others have shown that the best way to do this, and stay modern, is to address the “CustomerLifecycle” – i.e. the “Discover”, “Engage”, “Buy” and “Engage” stages that a typical customer goes through. However, the challenge is that each of these stages is driven through different channels, needs different products and demands different technology capabilities. Unless we design our products and product platforms keeping these perspectives in mind, we will soon be burdened with an outdated, inflexible and low-agility platform and product-line that will threaten our market position and future.
This webinar will discuss how to design and architect product platforms that meet the above criteria and enable product companies to transform themselves into “Customer Lifecycle”-based product-lines that continue to evolve to meet changing customer needs and demographics. The Misys “FusionFabric” platform is going through exactly this kind of a transformation, and the speaker will use it as an example to explain this concept.

App Lifecycle Management: Three Ways to Set Up Your Development Lifecycle

How does building on a cloud platform impact application lifecycle management (ALM)? Join us for the best practices used by companies today to streamline app de...

How does building on a cloud platform impact application lifecycle management (ALM)? Join us for the best practices used by companies today to streamline app delivery and get a sneak peak at the future.

How does building on a cloud platform impact application lifecycle management (ALM)? Join us for the best practices used by companies today to streamline app delivery and get a sneak peak at the future.

Lifecycle of a machine learning model (Google Cloud Next '17)

In this video, you'll hear lessons learned from our experience with machine learning and how having a great model is only a part of the story. You'll see how Go...

In this video, you'll hear lessons learned from our experience with machine learning and how having a great model is only a part of the story. You'll see how Google BigQuery, Cloud Dataflow and Cloud MachineLearning together enable a complete machine learning lifecycle. Dinesh Kulkarni, J.J. Allaire, and Hongfei Cao cover prep, training, online prediction, and model evaluation.
Missed the conference? Watch all the talks here: https://goo.gl/c1Vs3h
Watch more talks about Big Data & Machine Learning here: https://goo.gl/OcqI9k

In this video, you'll hear lessons learned from our experience with machine learning and how having a great model is only a part of the story. You'll see how Google BigQuery, Cloud Dataflow and Cloud MachineLearning together enable a complete machine learning lifecycle. Dinesh Kulkarni, J.J. Allaire, and Hongfei Cao cover prep, training, online prediction, and model evaluation.
Missed the conference? Watch all the talks here: https://goo.gl/c1Vs3h
Watch more talks about Big Data & Machine Learning here: https://goo.gl/OcqI9k

Liferay SymposiumBrasil 2016: Managing the customer lifecycle requires organizations to collect and monitor metrics that span across the enterprise. Unlike traditional reporting and analytics, these metrics span several business areas. In this session we look at what we think the full customer lifecycle dashboard will include, identify important KPIs to watch, and discuss where the ownership of this endeavor should live within your organization.

Liferay SymposiumBrasil 2016: Managing the customer lifecycle requires organizations to collect and monitor metrics that span across the enterprise. Unlike traditional reporting and analytics, these metrics span several business areas. In this session we look at what we think the full customer lifecycle dashboard will include, identify important KPIs to watch, and discuss where the ownership of this endeavor should live within your organization.

Let’s Talk Future Materials: game changers for industry

http://www.skf.com/group/our-company/letstalk/futurematerials/index.html
This film is subtitled in 7 languages.
The number of new materials and products being...

http://www.skf.com/group/our-company/letstalk/futurematerials/index.html
This film is subtitled in 7 languages.
The number of new materials and products being researched for industry has exploded over the last 20 years. And so has the demand. This is drastically changing the role of industrial designers and maintenance engineers.
New materials technology experts on the Let’s Talk panel provide insights into how these materials will affect industry in the coming years. Hear from polymer expert Professor Theo Dingemans, metallurgy specialist ProfessorHarry Bhadeshia, steels specialist Martin Rawson from Rolls-Royce and metallurgist Steven Lane from SKF.
Want to learn more? Watch the video. Here are the different topics covered:
1) Steel industry status – its current role and new steel research
2) Materials technology - why alternative materials are needed, where they’re used, benefits
3) Industry and academia – closing the gap on collaboration
4) Game changers for designers – 3D printing, mass-customization, other materials engineering
5) Sustainability – life cycle of components, reuse of ceramics
6) 5-10 year vision – future of steel, alloys, ceramics, polymers
7) Q&A – recycling & refurbishment, reducing weight of steel, bottom-up manufacturing
Share your knowledge. Spark conversations.
#LetsTalkFutureMaterials
SKF is changing the world through knowledge and engineering. We started in 1907 as a bearing company, but today we make everything from lubrication systems to mechatronics. You can find our products & solutions in almost anything that rolls or moves, from space shuttles to skateboards.
*Subscribe:
Subscribe to our YouTube channel and like us on Facebook http://www.facebook.com/SKFGroup for daily updates.
For more information, please visit http://www.skf.com

http://www.skf.com/group/our-company/letstalk/futurematerials/index.html
This film is subtitled in 7 languages.
The number of new materials and products being researched for industry has exploded over the last 20 years. And so has the demand. This is drastically changing the role of industrial designers and maintenance engineers.
New materials technology experts on the Let’s Talk panel provide insights into how these materials will affect industry in the coming years. Hear from polymer expert Professor Theo Dingemans, metallurgy specialist ProfessorHarry Bhadeshia, steels specialist Martin Rawson from Rolls-Royce and metallurgist Steven Lane from SKF.
Want to learn more? Watch the video. Here are the different topics covered:
1) Steel industry status – its current role and new steel research
2) Materials technology - why alternative materials are needed, where they’re used, benefits
3) Industry and academia – closing the gap on collaboration
4) Game changers for designers – 3D printing, mass-customization, other materials engineering
5) Sustainability – life cycle of components, reuse of ceramics
6) 5-10 year vision – future of steel, alloys, ceramics, polymers
7) Q&A – recycling & refurbishment, reducing weight of steel, bottom-up manufacturing
Share your knowledge. Spark conversations.
#LetsTalkFutureMaterials
SKF is changing the world through knowledge and engineering. We started in 1907 as a bearing company, but today we make everything from lubrication systems to mechatronics. You can find our products & solutions in almost anything that rolls or moves, from space shuttles to skateboards.
*Subscribe:
Subscribe to our YouTube channel and like us on Facebook http://www.facebook.com/SKFGroup for daily updates.
For more information, please visit http://www.skf.com

Naked Science - Death of the Sun

Subscribe to Naked Science - http://goo.gl/wpc2Q1
Every other Wednesday we present a new video, so join us to see the truth laid bare...The Sun is the most p...

Subscribe to Naked Science - http://goo.gl/wpc2Q1
Every other Wednesday we present a new video, so join us to see the truth laid bare...The Sun is the most powerful force in our solar system. It generates the heat and light that sustains us. Without it we wouldn’t have life on Earth. But the Sun is violent and volatile and is becoming more dangerous as it ages.
Naked Science explores the life and death of the Sun. We explore what will happen in the future as the Sun ages, and how our lives linked to the Sun’s life cycle.
Firstly we want to understand how the Sun was created from a giant cloud of dust and gas. Scientists pretty much agree on the theory but physical evidence is hard to come by. Naked Science meets scientists at Johnson Space Center who have been working on a ten year mission to bring a piece of the Sun back to Earth. How do scientists collect samples of the Sun when a probe could never get near the Sun’s surface? We follow NASA’s dare devil mission to capture the samples.
Today we rely on the Sun to live. It’s energy fuels trees and plants which are essential for the food chain we all depend upon. But how do we get the energy? Naked Science explores the incredible journey that the particles of light from the Sun have to make to earth to deliver their energy.
How old is the Sun? This is a question which has fascinated scientists for a long time. Scientists have now established the Sun’s age with the aid of one remarkable fact that the Sun sings. We visit Big Bear Solar Observatory in California to meet one of the scientists who has been at the forefront of using the Sun’s sounds to determine its age.
The Sun’s warmth and light helped life on Earth to begin but it can also play havoc with our modern way of life. Billions of tons of plasma erupting from the sun send powerful storms hurtling through our solar system. We visit the Space Environment Center in Boulder, Colorado where they try to predict the sun’s violent moods. 1989 brought one of the most dramatic space storms and Naked Science uncovers the events which took place on the Earth. But what lies behind the explosive events on the Sun. We travel to the California Institute of Technology in Los Angeles where they are trying to understand the science behind the explosions by creating them in the laboratory.
But what about the risks of solar storms to astronauts in Space? Naked Science meets Michael Foale who was directly in the line of fire on the International Space Station during the intense solar activity in 2003. There is one solar event astronauts can’t be protected from. A superflare. Superflares are up to 10 million times more energetic than the most powerful solar flares. Naked Science journeys to Louisiana to meet an astrophysicist who has found evidence of nine stars that have experienced superflares. What if our sun ever produced a superflare, what would happen to life on earth?
We know when the sun was born, how it nurtured us and how it has thrown a fair amount of danger our way. But how and when will it die and will the Earth survive?

Subscribe to Naked Science - http://goo.gl/wpc2Q1
Every other Wednesday we present a new video, so join us to see the truth laid bare...The Sun is the most powerful force in our solar system. It generates the heat and light that sustains us. Without it we wouldn’t have life on Earth. But the Sun is violent and volatile and is becoming more dangerous as it ages.
Naked Science explores the life and death of the Sun. We explore what will happen in the future as the Sun ages, and how our lives linked to the Sun’s life cycle.
Firstly we want to understand how the Sun was created from a giant cloud of dust and gas. Scientists pretty much agree on the theory but physical evidence is hard to come by. Naked Science meets scientists at Johnson Space Center who have been working on a ten year mission to bring a piece of the Sun back to Earth. How do scientists collect samples of the Sun when a probe could never get near the Sun’s surface? We follow NASA’s dare devil mission to capture the samples.
Today we rely on the Sun to live. It’s energy fuels trees and plants which are essential for the food chain we all depend upon. But how do we get the energy? Naked Science explores the incredible journey that the particles of light from the Sun have to make to earth to deliver their energy.
How old is the Sun? This is a question which has fascinated scientists for a long time. Scientists have now established the Sun’s age with the aid of one remarkable fact that the Sun sings. We visit Big Bear Solar Observatory in California to meet one of the scientists who has been at the forefront of using the Sun’s sounds to determine its age.
The Sun’s warmth and light helped life on Earth to begin but it can also play havoc with our modern way of life. Billions of tons of plasma erupting from the sun send powerful storms hurtling through our solar system. We visit the Space Environment Center in Boulder, Colorado where they try to predict the sun’s violent moods. 1989 brought one of the most dramatic space storms and Naked Science uncovers the events which took place on the Earth. But what lies behind the explosive events on the Sun. We travel to the California Institute of Technology in Los Angeles where they are trying to understand the science behind the explosions by creating them in the laboratory.
But what about the risks of solar storms to astronauts in Space? Naked Science meets Michael Foale who was directly in the line of fire on the International Space Station during the intense solar activity in 2003. There is one solar event astronauts can’t be protected from. A superflare. Superflares are up to 10 million times more energetic than the most powerful solar flares. Naked Science journeys to Louisiana to meet an astrophysicist who has found evidence of nine stars that have experienced superflares. What if our sun ever produced a superflare, what would happen to life on earth?
We know when the sun was born, how it nurtured us and how it has thrown a fair amount of danger our way. But how and when will it die and will the Earth survive?

The Best Documentary Ever!! - The Story Of Earth And Life

The best documentary to watch high and sober.
The Earth might seem solid beneath our feet but five billion years ago there was no sign of the planet we call ho...

The best documentary to watch high and sober.
The Earth might seem solid beneath our feet but five billion years ago there was no sign of the planet we call home. Instead there was only a new star and a cloud of dust in our solar system. Over millions of years, a series of violent changes led to the formation of our world and, eventually, the creation of life.
In this photorealistic CGI epic, see how a boiling ball of rock transformed into the blue planet we know today. Explore every aspect of our world; learn how water first arrived on Earth, discover the vital role oxygen played as life forms began to evolve, and find out how land mammals evolved into dinosaurs and other giant beasts, before becoming extinct 65 million years ago.
Cutting-edge imagery also reveals how humans first began to walk on two feet and looks into the future to see what may be in store for our home over the next five billion years.
National Geographic: The Story of Earth (TV 2011) TV Movie - Documentaryhttp://www.imdb.com/title/tt1985159/
best documentary, earth documentary, life documentary, greatest documentary ever, stoner documentary, evolution, big bang, space.

The best documentary to watch high and sober.
The Earth might seem solid beneath our feet but five billion years ago there was no sign of the planet we call home. Instead there was only a new star and a cloud of dust in our solar system. Over millions of years, a series of violent changes led to the formation of our world and, eventually, the creation of life.
In this photorealistic CGI epic, see how a boiling ball of rock transformed into the blue planet we know today. Explore every aspect of our world; learn how water first arrived on Earth, discover the vital role oxygen played as life forms began to evolve, and find out how land mammals evolved into dinosaurs and other giant beasts, before becoming extinct 65 million years ago.
Cutting-edge imagery also reveals how humans first began to walk on two feet and looks into the future to see what may be in store for our home over the next five billion years.
National Geographic: The Story of Earth (TV 2011) TV Movie - Documentaryhttp://www.imdb.com/title/tt1985159/
best documentary, earth documentary, life documentary, greatest documentary ever, stoner documentary, evolution, big bang, space.

HandlingApplication & UI lifecycle on Android has always been a challenge for applications: subclassing, overriding, and entirely too much code in your Activit...

HandlingApplication & UI lifecycle on Android has always been a challenge for applications: subclassing, overriding, and entirely too much code in your Activity class leads to fragile, complicated application logic. Wouldn’t it be nice if this was easier? This session will cover a new approach to lifecycles and explore functionality that makes the problem dramatically easier. Be sure to also check out the other two “Architecture Components” sessions for more information on architecting better Android applications.
Watch more Android talks at I/O '17 here: https://goo.gl/c0LWYl
See all the talks from Google I/O '17 here: https://goo.gl/D0D4VE
Subscribe to the Android channel: http://goo.gl/GEh1ds
#io17 #GoogleIO #GoogleIO2017

HandlingApplication & UI lifecycle on Android has always been a challenge for applications: subclassing, overriding, and entirely too much code in your Activity class leads to fragile, complicated application logic. Wouldn’t it be nice if this was easier? This session will cover a new approach to lifecycles and explore functionality that makes the problem dramatically easier. Be sure to also check out the other two “Architecture Components” sessions for more information on architecting better Android applications.
Watch more Android talks at I/O '17 here: https://goo.gl/c0LWYl
See all the talks from Google I/O '17 here: https://goo.gl/D0D4VE
Subscribe to the Android channel: http://goo.gl/GEh1ds
#io17 #GoogleIO #GoogleIO2017

How technology will change every stage of the employee life-cycle

Technology is changing how the organizations deal with people. A simple app that is available to us can tell us about diversity at workplaces. Technology is all...

Technology is changing how the organizations deal with people. A simple app that is available to us can tell us about diversity at workplaces. Technology is all about collecting the relevant data points and providing the human resource personnel with incredible insights.
Listen to Stephan Amling, Sr VP SAP SuccessFactors Asia, Dr Santrupt Misra, CEO of Carbon BlackBusiness; SureshNarayanan, Chairman and MD Nestle India, and Arvind Gupta, ChiefMentor, IdeasWall Incubator talk about privacy and data.
Watch the video for the complete session and QnA in the end.

Technology is changing how the organizations deal with people. A simple app that is available to us can tell us about diversity at workplaces. Technology is all about collecting the relevant data points and providing the human resource personnel with incredible insights.
Listen to Stephan Amling, Sr VP SAP SuccessFactors Asia, Dr Santrupt Misra, CEO of Carbon BlackBusiness; SureshNarayanan, Chairman and MD Nestle India, and Arvind Gupta, ChiefMentor, IdeasWall Incubator talk about privacy and data.
Watch the video for the complete session and QnA in the end.

This webinar will discuss solutions to proactively manage the growing list of maintenance needs that facility owners and managers face today. Facility owners and managers will learn how to effectively use cost data to understand their facilities’ budgets and plan for future needs. Life Cycle Costing helps facility owners and managers maintain a clear understanding of capital, operating and maintenance budgets five, ten or even 20 years into the future.
You’ll learn how to:
Adjust your program based on local market cost, age, and actual equipment and building conditions.
Predict maintenance and repair costs by using life cycle cost data to reduce costs and risks.
Use life cycle cost data to plan and budget for future repairs, and gauge how costs will escalate over time
Use the cost data to accurately estimate current and future preventive maintenance projects to avoid future backlogs.

This webinar will discuss solutions to proactively manage the growing list of maintenance needs that facility owners and managers face today. Facility owners and managers will learn how to effectively use cost data to understand their facilities’ budgets and plan for future needs. Life Cycle Costing helps facility owners and managers maintain a clear understanding of capital, operating and maintenance budgets five, ten or even 20 years into the future.
You’ll learn how to:
Adjust your program based on local market cost, age, and actual equipment and building conditions.
Predict maintenance and repair costs by using life cycle cost data to reduce costs and risks.
Use life cycle cost data to plan and budget for future repairs, and gauge how costs will escalate over time
Use the cost data to accurately estimate current and future preventive maintenance projects to avoid future backlogs.

THE END OF MY LIFE CYCLE!? - One Hour One Life (Multiplayer Survival Game - Funny Gameplay)

What's Kraken Peeps and welcome to One HourOne Life.
One Hour One Life is a game where you only live an hour, but time and space in this game is infinite. You...

What's Kraken Peeps and welcome to One HourOne Life.
One Hour One Life is a game where you only live an hour, but time and space in this game is infinite. You can only do so much in one lifetime, but the tech tree in this game will take hundreds of generations to fully explore.
Game Link: http://onehouronelife.com/
Want more? Subscribe!
http://bit.ly/BonusSub
▬▬
I'm also on Twitch:
https://www.twitch.tv/BonusTank
And Twitter:
https://twitter.com/BonusTank
▬▬
Mates:
Niflick: https://www.youtube.com/Niflick
ToastedShoes: https://www.youtube.com/ToastedShoes
ProductionMusic courtesy of EpidemicSound: http://www.epidemicsound.com
"BonusTank" not BonusTank...

What's Kraken Peeps and welcome to One HourOne Life.
One Hour One Life is a game where you only live an hour, but time and space in this game is infinite. You can only do so much in one lifetime, but the tech tree in this game will take hundreds of generations to fully explore.
Game Link: http://onehouronelife.com/
Want more? Subscribe!
http://bit.ly/BonusSub
▬▬
I'm also on Twitch:
https://www.twitch.tv/BonusTank
And Twitter:
https://twitter.com/BonusTank
▬▬
Mates:
Niflick: https://www.youtube.com/Niflick
ToastedShoes: https://www.youtube.com/ToastedShoes
ProductionMusic courtesy of EpidemicSound: http://www.epidemicsound.com
"BonusTank" not BonusTank...

Invited talk at the industry track of the BPM'2016 IndustryTrack, Rio de Janeiro, 20 September 2016.
The talk provides an overview of the BPM lifecycle and articulates the need to shift from techniques focused on efficiency-compliance-quality to techniques that enhance networking and adaptability.

Invited talk at the industry track of the BPM'2016 IndustryTrack, Rio de Janeiro, 20 September 2016.
The talk provides an overview of the BPM lifecycle and articulates the need to shift from techniques focused on efficiency-compliance-quality to techniques that enhance networking and adaptability.

Using Device Lifecycle Management to Future-Proof Your IoT Deployment

One of the biggest barriers to scaling IoT solutions occurs before the device is even powered on. This session covers how to overcome such barriers, as well as ...

One of the biggest barriers to scaling IoT solutions occurs before the device is even powered on. This session covers how to overcome such barriers, as well as the importance of device management in an IoT deployment and how it can help you to future-proof your solution.

One of the biggest barriers to scaling IoT solutions occurs before the device is even powered on. This session covers how to overcome such barriers, as well as the importance of device management in an IoT deployment and how it can help you to future-proof your solution.

Joel McKellar from HarvardGreen Building Services provides a video tutorial on how to use Harvard University's Life Cycle Costing Calculator.
The Harvard Life Cycle Costing calculator is a key tool that was developed to assist Schools and project managers in implementing the University's Greenhouse GasReductionGoal. The Calculator was designed to aid Harvard decision makers in considering all present and future costs related to new construction, renovation, equipment replacement, or any other project that involves upfront and ongoing expenditures. The methods used in this calculator correspond to ASTM Life Cycle Cost Analysis standards. Assumptions are Harvard-specific: utility rates are forecasted by Campus Services, and the discount rate used is Harvard's internal interest rate (currently 8%). By using standard methodologies and assumptions, individuals and organizations across Harvard will be able to compare results and build confidence in their interpretations.

Joel McKellar from HarvardGreen Building Services provides a video tutorial on how to use Harvard University's Life Cycle Costing Calculator.
The Harvard Life Cycle Costing calculator is a key tool that was developed to assist Schools and project managers in implementing the University's Greenhouse GasReductionGoal. The Calculator was designed to aid Harvard decision makers in considering all present and future costs related to new construction, renovation, equipment replacement, or any other project that involves upfront and ongoing expenditures. The methods used in this calculator correspond to ASTM Life Cycle Cost Analysis standards. Assumptions are Harvard-specific: utility rates are forecasted by Campus Services, and the discount rate used is Harvard's internal interest rate (currently 8%). By using standard methodologies and assumptions, individuals and organizations across Harvard will be able to compare results and build confidence in their interpretations.

phs is leading the hygiene waste industry with the introduction of LifeCycle.

http://www.phslifecycle.co.uk/
With 50 years’ experience in managing Absorbent Hygiene Product waste or AHP, we have pioneered a breakthrough solution for disposing of these products in an environmentally sustainable way.
Absorbent hygiene products – such as sanitary and incontinence pads and nappies - bring fantastic benefits to everyone. They give us the freedom to continue with our lives unhindered.
But once discarded as waste, they are both wet and unhygienic. A fact we might prefer to keep out of sight but not out of mind, because it’s an issue we all contribute to at some point in our lives.
It’s everyone’s waste, and so everyone owns a part of this problem, it’s part of being human.
Today there are around 3.2 million people in the UK over the age of 65 suffering from urinary incontinence.
With the UK’s population rising to 68.5 million by 2025 and with people living longer, this challenge is set to become much bigger.
But disposing of AHP waste has always presented an environmental challenge
It could either be incinerated or sent to landfill. Neither option is ideal.
Burning wet waste is expensive, needing large amounts of energy to heat it before it can burn.
The other most common option is to send it to landfill, with all of its potential contamination issues. It can take up to 500 years for AHP waste to decompose – so it’s a serious problem for our environment.
As well, landfill costs have gone up by over 250% since 2007 and are set to increase further; and it’s estimated that there is only 8 years capacity left in the UK’s landfill sites. After that, in less than a decade, all our sites will be full and closing anyway.
So, we have to find a better alternative.
With LifeCycle, for the first time, we have an affordable, sustainable choice.
Our patented LifeCycle process makes AHP waste dry enough to turn it into an energy source, in the form of Refuse Derived Fuel or RDF; and, our capacity to create this new fuel is on an industrial scale.
Any foreign objects are removed and we then chemically treat the waste so it maintains a stable structure as bales, ready for burning as RDF.
All customers have to do is call us at our call centre.
Our driver can then service their washrooms, collecting the waste and delivering it to one of our operation centres, where it is placed into a bulk waste unit.
The bulk waste is delivered to our LifeCycle plant, centrally located in the West Midlands where the RDF bales are produced.
RDF is a replacement fuel used within the combustion process of an energy from waste facility, releasing energy in the form of heat. This heat is either used direct in district heating schemes as hot water or steam, or converted into electrical power.
Our LifeCycle service is a bold, breakthrough innovation, providing ‘the’ best option for the processing of AHP waste, and it is unique to phs.
‘Since January 2017, LifeCycle has processed over 8,800 tonnes of AHP waste which has created almost 6,000 tonnes of RDF’
Our objective for 2018 is to divert 35,000 tonnes of AHP waste from landfill to produce 23,000 tonnes of RDF… and since 1 tonne of RDF can power a family home for an entire year, that could provide the power for over 23,000 homes.
Why not make sure your business safeguards our environment and creates a valuable energy-positive resource.
Join us on our journey to create a more sustainable future with LifeCycle.
http://www.phslifecycle.co.uk/

Future-Proof Building Principle - Life Cycle

The total installed cost of a product or service should be evaluated over its expected life time. Selecting quality products with a longer life cycle will be more cost effective in the long term. Maintenance costs will also be lower over the life cycle of your home.
More information: www.fpb.co.nz/fpb-principle/life-cycle-costing

3:38

The Story Of The Sun And Its Fiery Death

One day in the future our Star, the Sun will die! Find out how it will come to its end and...

The Story Of The Sun And Its Fiery Death

One day in the future our Star, the Sun will die! Find out how it will come to its end and whether we will be around to see the biggest fireworks display in the solar system.
Remember to SUBSCRIBE if you want more - https://www.youtube.com/user/TheVendor101
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Google Plus - https://plus.google.com/112630119011515532019
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Script -
Our star, a big ball of hot plasma at the center of the solar system. It is made up of many chemicals and in the core roughly 600 million tons of hydrogen is converted into helium every second. The sun also has smaller amounts of heavier elements, including oxygen, carbon, neon and iron among others. It is almost perfectly spherical and you could fit 1.3 million Earths inside of it. It began it's process only 4.6 billion years ago, which means it could only be around halfway through its life cycle. A star like the sun is thought to shine for around 10 to 20 billion years, which is a long time, but when it final happens and the sun comes to the end of its life. How will the sun die? When the sun begins to run out of nuclear fuel, the core will become unstable and collapse under its own weight, gravity would take over as the fusion process shuts off. This causes the core to heat up and become denser. To keep the fires burning, the sun will begin to fuse hydrogen outside the core, in a layer closer to the stellar surface. The outer layer of the sun would inflate and be pushed outwards, making the sun swell in diameter creating a red giant which would be at least 200 times wider than it is today. This giant red sun would swallow Mercury, Venus and could even possibly engulf our planet, Earth and Mars. Even if our planet survived, the intense heat from the red sun will scorch the Earth and make it completely impossible for life to survive. At this point the helium atoms in the core would of fused together, forming carbon atoms and releasing energy lasting for around 100 million years. After this the core will then be stable since the carbon atoms are no longer compressible, but the outer layers of the Sun would drift off into space, forming a planetary nebula and exposing the core, a white dwarf. The planetary nebula would expand in to all sorts of different shapes and would put on a fluorescent galactic performance that will last for 50,000 years. The white dwarf will still be hot enough to shine with thermal radiation, But it’s no longer generating solar fusion, and so it will slowly cool down until it becomes the same temperature as the rest of the Universe. The nebula that once was part of our Sun will slowly fade away, leaving only a cold, dark, essentially dead Sun, an Earth sized diamond with the mass of a star. Like all good things our star must come to an end. Just like the Earth, but you can rest assured It’s not going to happen in our lifetime, but one day in the far future, the Sun will run out of fuel and end its life as a main sequence star. The memory of the solar system that we belong to would be trillions of years old and the star that you owe everything to would be died and forgotten.
Attributes-
RedGiantSun-ESAHubble (M. Kornmesser & L. L. Christensen)
The life cycle of the Sun-ESO Observatory
Star field ParticleSystem with Unity's Shuriken-SD
Slicing through a 3D giant star -ESO Oservatory
A DayWithout Rain- Clint Melander
Music -
Stale Mate- Jingle PunksHurry Up- YouTube Silent Partner
Haus Guest- Gunnar Olsen
Prelude and Action- Kevin MacLeod

8:41

Future based bioeconomy -Life cycle thinking

This is the first video in a series of short videos explaining, using very simple props, ...

Future based bioeconomy -Life cycle thinking

This is the first video in a series of short videos explaining, using very simple props, some of the scientific research we do at the Bioenergy Department at the UFZ, Leipzig. We have tried to keep things simple, for a general audience. To see the next video click here:https://www.youtube.com/watch?v=Np1LGohA1gY&feature=youtu.be

1:50

The Employee Life Cycle is a Myth, Here's Why - Jacob Morgan

In our organizations we like to put the life cycle of an employee into a neat series of bu...

The Employee Life Cycle is a Myth, Here's Why - Jacob Morgan

In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But is the employee lifecycle model really an accurate way to look at an employee’s time at our organizations, or is there a better way?
In our organizations we like to put the life cycle of an employee into a neat series of buckets such as recruitment, onboarding and separation. But this is more of the organization’s perspective of what the employee lifecycle should look like, not so much an accurate picture of what employees really encounter during their time in an organization.
When we put employees into these rigid, pre-determined buckets it really causes us to view them as worker bees, not individuals. If we look at this from the employee’s perspective, their time at the organization looks quite a bit different. We would see that their time not only includes recruitment, onboarding and development, but it also includes personal aspects such as having a baby or buying a house for the first time. We would also see that it is hard to have such rigid boxes. Development, for example, is not a one time thing it really should be happening constantly.
Employees who are working for you view themselves as individuals and we are seeing this shift from work/life balance to work/life blurring. Shouldn’t we create an employee lifecycle that reflects this reality?
----------------------------------------------
ABOUT THE FUTURE IN FIVE
Will AI take over the world? Will cars drive themselves? What will the employees, managers, and organizations of the future look like and will we all have jobs we love? Join best-selling author and futurist Jacob Morgan each week as he explores these topics and more. The Future in Five is a series that seeks to bring inspiration, education, and wonder to a topic that impacts every human being on the planet, the future of work.
Jacob Morgan is a keynote speaker, best-selling author (his most recent book is “The Future of Work”), and futurist. He explores how the world of work is changing and what employees, managers, and organizations need to do to adapt. You can also subscribe to Jacob’s newsletter to get weekly content on the future of work To work with Jacob or have him speak at your event visit TheFutureOrganization.com
Website:
http://www.thefutureorganization.com/
Facebook:
https://www.facebook.com/FuturistJacob
Twitter:
https://twitter.com/jacobm
Linked In:
https://www.linkedin.com/in/jacobmorgan8
The EmployeeExperienceAdvantage, Future of Work, and more on Amazon.com
https://www.amazon.com/Jacob-Morgan/e/B00703V3WO/ref=sr_tc_2_0?qid=1505835726&sr=8-2-ent
The Future Organization Newsletter:
http://thefutureorganization.com/newsletter
FAIR-USE COPYRIGHT DISCLAIMER* CopyrightDisclaimer Under Section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, commenting, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statute that might otherwise be infringing. Non-profit, educational or personal use tips the balance in favor of fair use. 1) This video has no negative impact on the original works (It would actually be positive for them) 2) This video is also for teaching/education purposes.3) It is not transformative in nature.4) bits and pieces of videos used to get the point across where necessary. The Future Organization does not own the rights to these video clips. They have, in accordance with fair use, been repurposed with the intent of educating and inspiring others. However, if any content owners would like their images removed, please contact me by email at jacob@thefutureorganization.com
MusicInfo:
Apollo’s Triumph by Audiomachine
https://youtu.be/RnpHnJNBUTs

1:54

What's the Future Like: Commitation, the Life Cycle

During my recent expedition I visited a few cemeteries and it occurred to me how outdated ...

What's the Future Like: Commitation, the Life Cycle

During my recent expedition I visited a few cemeteries and it occurred to me how outdated funerals and burials will become. As always, let me know what you all think about this because remember, this is your future, not mine.
PhotoCredits:
http://www.flickr.com/photos/andrewfysh/
http://www.flickr.com/photos/wcdumonts/
http://www.flickr.com/photos/17483683@N00/
http://www.flickr.com/photos/fragiletender/
http://www.flickr.com/photos/rayabdull/
Use of these pictures falls under this license:
http://creativecommons.org/licenses/by/3.0/
Use of the music falls under this license:
http://animoto.com/legal/commercial_terms

Life cycle

Life cycle may refer to:

Science and academia

Biological life cycle, the sequence of life stages that an organism undergoes from birth to reproduction ending with the generation of the offspring

We all like to daydream about the future and this new meme is the perfect way for people to share what their best futurelife looks like. Twitter user Mallori Taylor started it off when she tweeted about how she imagined her life to be in 2033... THAT WOULD BE LIVING MY BESTLIFE— Mallori Taylor (@mallorii_alysee) May 20, 2018 ... The perfect life is one with Stuart Little ... In the distant future… ... In a futurelife, you could be Avril Lavigne?....

Building products of the future using the Customer Life cycle model

http://www.techgig.com/expert-speak/Building-products-of-the-future-using-the-Customer-Life-cycle-model-613
The world is changing rapidly and products have to change with the times to stay relevant. What should be the direction of this change? Simple. Products should change to provide what customers are asking for, or will ask for in the future. Studies from Forrester and others have shown that the best way to do this, and stay modern, is to address the “CustomerLifecycle” – i.e. the “Discover”, “Engage”, “Buy” and “Engage” stages that a typical customer goes through. However, the challenge is that each of these stages is driven through different channels, needs different products and demands different technology capabilities. Unless we design our products and product platforms keeping these perspectives in mind, we will soon be burdened with an outdated, inflexible and low-agility platform and product-line that will threaten our market position and future.
This webinar will discuss how to design and architect product platforms that meet the above criteria and enable product companies to transform themselves into “Customer Lifecycle”-based product-lines that continue to evolve to meet changing customer needs and demographics. The Misys “FusionFabric” platform is going through exactly this kind of a transformation, and the speaker will use it as an example to explain this concept.

37:50

Mega Trends Affecting Employee Life Cycle Leaders Now and in the Future

App Lifecycle Management: Three Ways to Set Up Your Development Lifecycle

How does building on a cloud platform impact application lifecycle management (ALM)? Join us for the best practices used by companies today to streamline app delivery and get a sneak peak at the future.

58:12

Lifecycle of a machine learning model (Google Cloud Next '17)

In this video, you'll hear lessons learned from our experience with machine learning and h...

Lifecycle of a machine learning model (Google Cloud Next '17)

In this video, you'll hear lessons learned from our experience with machine learning and how having a great model is only a part of the story. You'll see how Google BigQuery, Cloud Dataflow and Cloud MachineLearning together enable a complete machine learning lifecycle. Dinesh Kulkarni, J.J. Allaire, and Hongfei Cao cover prep, training, online prediction, and model evaluation.
Missed the conference? Watch all the talks here: https://goo.gl/c1Vs3h
Watch more talks about Big Data & Machine Learning here: https://goo.gl/OcqI9k

The Digital Future of the Customer Lifecycle

Liferay SymposiumBrasil 2016: Managing the customer lifecycle requires organizations to collect and monitor metrics that span across the enterprise. Unlike traditional reporting and analytics, these metrics span several business areas. In this session we look at what we think the full customer lifecycle dashboard will include, identify important KPIs to watch, and discuss where the ownership of this endeavor should live within your organization.

35:03

Let’s Talk Future Materials: game changers for industry

http://www.skf.com/group/our-company/letstalk/futurematerials/index.html
This film is sub...

Let’s Talk Future Materials: game changers for industry

http://www.skf.com/group/our-company/letstalk/futurematerials/index.html
This film is subtitled in 7 languages.
The number of new materials and products being researched for industry has exploded over the last 20 years. And so has the demand. This is drastically changing the role of industrial designers and maintenance engineers.
New materials technology experts on the Let’s Talk panel provide insights into how these materials will affect industry in the coming years. Hear from polymer expert Professor Theo Dingemans, metallurgy specialist ProfessorHarry Bhadeshia, steels specialist Martin Rawson from Rolls-Royce and metallurgist Steven Lane from SKF.
Want to learn more? Watch the video. Here are the different topics covered:
1) Steel industry status – its current role and new steel research
2) Materials technology - why alternative materials are needed, where they’re used, benefits
3) Industry and academia – closing the gap on collaboration
4) Game changers for designers – 3D printing, mass-customization, other materials engineering
5) Sustainability – life cycle of components, reuse of ceramics
6) 5-10 year vision – future of steel, alloys, ceramics, polymers
7) Q&A – recycling & refurbishment, reducing weight of steel, bottom-up manufacturing
Share your knowledge. Spark conversations.
#LetsTalkFutureMaterials
SKF is changing the world through knowledge and engineering. We started in 1907 as a bearing company, but today we make everything from lubrication systems to mechatronics. You can find our products & solutions in almost anything that rolls or moves, from space shuttles to skateboards.
*Subscribe:
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For more information, please visit http://www.skf.com

50:03

Naked Science - Death of the Sun

Subscribe to Naked Science - http://goo.gl/wpc2Q1
Every other Wednesday we present a new ...

Naked Science - Death of the Sun

Subscribe to Naked Science - http://goo.gl/wpc2Q1
Every other Wednesday we present a new video, so join us to see the truth laid bare...The Sun is the most powerful force in our solar system. It generates the heat and light that sustains us. Without it we wouldn’t have life on Earth. But the Sun is violent and volatile and is becoming more dangerous as it ages.
Naked Science explores the life and death of the Sun. We explore what will happen in the future as the Sun ages, and how our lives linked to the Sun’s life cycle.
Firstly we want to understand how the Sun was created from a giant cloud of dust and gas. Scientists pretty much agree on the theory but physical evidence is hard to come by. Naked Science meets scientists at Johnson Space Center who have been working on a ten year mission to bring a piece of the Sun back to Earth. How do scientists collect samples of the Sun when a probe could never get near the Sun’s surface? We follow NASA’s dare devil mission to capture the samples.
Today we rely on the Sun to live. It’s energy fuels trees and plants which are essential for the food chain we all depend upon. But how do we get the energy? Naked Science explores the incredible journey that the particles of light from the Sun have to make to earth to deliver their energy.
How old is the Sun? This is a question which has fascinated scientists for a long time. Scientists have now established the Sun’s age with the aid of one remarkable fact that the Sun sings. We visit Big Bear Solar Observatory in California to meet one of the scientists who has been at the forefront of using the Sun’s sounds to determine its age.
The Sun’s warmth and light helped life on Earth to begin but it can also play havoc with our modern way of life. Billions of tons of plasma erupting from the sun send powerful storms hurtling through our solar system. We visit the Space Environment Center in Boulder, Colorado where they try to predict the sun’s violent moods. 1989 brought one of the most dramatic space storms and Naked Science uncovers the events which took place on the Earth. But what lies behind the explosive events on the Sun. We travel to the California Institute of Technology in Los Angeles where they are trying to understand the science behind the explosions by creating them in the laboratory.
But what about the risks of solar storms to astronauts in Space? Naked Science meets Michael Foale who was directly in the line of fire on the International Space Station during the intense solar activity in 2003. There is one solar event astronauts can’t be protected from. A superflare. Superflares are up to 10 million times more energetic than the most powerful solar flares. Naked Science journeys to Louisiana to meet an astrophysicist who has found evidence of nine stars that have experienced superflares. What if our sun ever produced a superflare, what would happen to life on earth?
We know when the sun was born, how it nurtured us and how it has thrown a fair amount of danger our way. But how and when will it die and will the Earth survive?

1:30:01

The Best Documentary Ever!! - The Story Of Earth And Life

The best documentary to watch high and sober.
The Earth might seem solid beneath our feet...

The Best Documentary Ever!! - The Story Of Earth And Life

The best documentary to watch high and sober.
The Earth might seem solid beneath our feet but five billion years ago there was no sign of the planet we call home. Instead there was only a new star and a cloud of dust in our solar system. Over millions of years, a series of violent changes led to the formation of our world and, eventually, the creation of life.
In this photorealistic CGI epic, see how a boiling ball of rock transformed into the blue planet we know today. Explore every aspect of our world; learn how water first arrived on Earth, discover the vital role oxygen played as life forms began to evolve, and find out how land mammals evolved into dinosaurs and other giant beasts, before becoming extinct 65 million years ago.
Cutting-edge imagery also reveals how humans first began to walk on two feet and looks into the future to see what may be in store for our home over the next five billion years.
National Geographic: The Story of Earth (TV 2011) TV Movie - Documentaryhttp://www.imdb.com/title/tt1985159/
best documentary, earth documentary, life documentary, greatest documentary ever, stoner documentary, evolution, big bang, space.

HandlingApplication & UI lifecycle on Android has always been a challenge for applications: subclassing, overriding, and entirely too much code in your Activity class leads to fragile, complicated application logic. Wouldn’t it be nice if this was easier? This session will cover a new approach to lifecycles and explore functionality that makes the problem dramatically easier. Be sure to also check out the other two “Architecture Components” sessions for more information on architecting better Android applications.
Watch more Android talks at I/O '17 here: https://goo.gl/c0LWYl
See all the talks from Google I/O '17 here: https://goo.gl/D0D4VE
Subscribe to the Android channel: http://goo.gl/GEh1ds
#io17 #GoogleIO #GoogleIO2017

20:43

Life Cycle Assessment and Greenhouse Gas Emissions from Animal Agriculture

How much greenhouse gas does animal agriculture emit? How does that compare to other indus...

BPM Techniques and Tools: A Quick Tour of the BPM ...

Using Device Lifecycle Management to Future-Proof ...

Harvard Life Cycle Calculator Training...

Life Cycle

New life dawns - the inception of another link in aprofound processAlteration and progress, nothing remains the sameLike a from from the egg to the tadpole to the finalstageEverything develops, learns, there's always reason almostrhyme!Like a spirit staircase that someday, somehow will endEven the world's life cycle ends when progression'saltered (synthetically)I stalked the blissful fields of springtime, I comprehendand I remindAnd I will taste the bleary bleakness of autumn time, indue time I will find!Genesis, search, consumation - no living thing isextemptedConfined knowledge cannot understand - harmonioussymbiosis!Life cycles - almost everywhere!Life cycles - permanent progress!

Latest News for: future of life cycle

We all like to daydream about the future and this new meme is the perfect way for people to share what their best futurelife looks like. Twitter user Mallori Taylor started it off when she tweeted about how she imagined her life to be in 2033... THAT WOULD BE LIVING MY BESTLIFE— Mallori Taylor (@mallorii_alysee) May 20, 2018 ... The perfect life is one with Stuart Little ... In the distant future… ... In a futurelife, you could be Avril Lavigne?....

The future of our nation has, or soon will have, diplomas and begin the next important stage of their lives ... Take your responsibilities seriously, but have fun in life. Your life won’t be the same again and you must make adjustments ... Work hard and have fun with the next stage of life ... ....

Coming out of Washington, D.C ... It all smacks of disregard for ... The hypocrisy is troubling. The disregard for life is even more troubling ... Let’s not be bent toward destruction or grandiosity, but instead make decisions and take action for the well-being of all, now and into the future. Linda Gelbrich. Corvallis (May 15) .......

Bringing the Life & Legacy program to our community in 2013 was a shared effort ... “The Life & Legacy program encouraged our community to come together both for workshops and to best determine how we can most effectively engage our community’s stakeholders to secure our future,” according to a statement from CBIDevelopment Director Jen Feldman and Executive DirectorJosh Kashinsky ... Life & Legacy....

Most people came name a historical figure who they’ve read about who changed their life, but it’s not every day that you can say a historical figure saved your life...Mae Jemison, the first Black woman in space got a chance to have an emotional reunion with a man whose life she saved back during the 1980s in Sierra Leone ... Fourth grader says teacher cruelly labelled him with a gruesome, short future....